There are two main working principles of thermal transfer printers on the market: piezoelectric printing and thermal foaming principles. The piezoelectric printer only changes the mechanical pressure without changing the chemical properties of the thermal transfer ink. It uses computer control to change the current size of the tiny piezoelectric ceramic pieces of the print head to generate different pressures to eject the ink from the nozzles. Images of different shades; suitable for thermal transfer.
There are two main working principles of thermal transfer printers on the market: piezoelectric printing and thermal foaming principles. The piezoelectric printer only changes the mechanical pressure without changing the chemical properties of the thermal transfer ink. It uses computer control to change the current size of the tiny piezoelectric ceramic pieces of the print head to generate different pressures to eject the ink from the nozzles. Images of different shades; suitable for thermal transfer.
The products printed by thermal transfer can stand the test of time and can remain unchanged for a long time. The characters can be stored for a long time, will not fade, will not wear out due to contact with solvents, will not be deformed or discolored due to high temperature, etc. With the maturity and popularization of technology, the price of thermal transfer printers has dropped significantly to a level acceptable to the general public. However, many people still don't know that with the price reduction of printing consumables, the price of direct thermal transfer printing is actually lower than the cost of printing.
